Overview
Open path air monitoring
Leveraging the advanced technology of FTIR spectroscopy, this Bruker-driven system deploys an interferometer-modulated infrared radiation that’s directed towards a strategically placed array of retroreflectors via a telescope. Typically stationed several hundred meters away, these retroreflectors send the radiation back, captured by the same telescope and focused onto a specialized detector. Its expansive spectral range ensures the identification and quantification of numerous compounds.
Features
- Robust and dependable, powered by Bruker’s legacy
- Incorporates the renowned RockSolid™ interferometer
- Portable design with lightweight characteristics
- Hassle-free assembly and disassembly
- Adaptable hardware tailored to your specifications
- Real-time, multi-faceted compound analysis
- Integral radiation source
Application Domains
- Safety-centric fenceline surveillance
- Exhaustive emissions tracking
- Research-oriented precision quantification
- Bruker-assisted leak detection with compound identification
- Comprehensive engine exhaust examination
RockSolid™ interferometer
Bruker’s RockSolid™ interferometer stands out as a patented innovation, surpassing the performance of standard interferometer designs by over 20%. The genius lies in its dual retro-reflection cube corner mirrors and a pivot mechanism that’s wear-free, centrally positioned to guarantee unparalleled stability and reliability, even in challenging environments. This design not only eliminates optical mirror tilt but also prevents mechanical mirror shear.
Advantages
- Standby mode is redundant, safeguarding the bearing
- Mobility without the recalibration hassle
- Zero wear on mechanical bearings, resulting in reduced maintenance costs and eliminating the need for spare parts
- A strong resistance to both vibrational and thermal influences.
Applications
- Air and Atmospheric applications